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Toxicogenomics for transcription factor-governed molecular pathways: Moving on to roles beyond classification and prediction

机译:转录因子调控的分子途径的毒物基因组学:超越分类和预测的角色

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摘要

In this issue of Archives for Toxicology, Jennings et al. (2012) provide a review of transcriptional regulation associated with perturbation of a variety of biological pathways by chemicals. The review focuses on specific transcriptional regulatory networks activated by what the authors refer to as "transcription factor-governed molecular pathways." We will use their terminology throughout our perspective. These pathways include the family of nuclear receptors, several stress-activated transcription factors, and two immunomodulatory transcription factors: STAT and NF-kB. One goal of knowing the specificity of transcriptomic responses from these pathways is development of biomarkers for the "transcription factor-governed pathway" that could support classification or early prediction of likely toxic responses of compounds.
机译:在本期《毒理学档案》中,詹宁斯等人。 (2012年)提供了与化学物质对各种生物途径的扰动相关的转录调控的综述。该综述着重于由作者称为“转录因子调控的分子途径”激活的特定转录调控网络。我们将在整个观点中使用它们的术语。这些途径包括核受体家族,几种应激激活的转录因子和两种免疫调节转录因子:STAT和NF-kB。从这些途径了解转录组反应特异性的一个目标是开发“转录因子调控途径”的生物标记,该标记可支持化合物的分类或对毒性反应的早期预测。

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